Biomechanics teachers can be animals

Area of Science:

• Biomechanics
• Physical Education
• Constructivist Learning

Background:

• Consolidating mechanical concepts is crucial for effective coaching and teaching.
• Traditional methods may not fully engage students in applying biomechanical principles.
• A constructivist approach offers an alternative for enhancing learning and application.

Purpose of the Study:

• To evaluate the effectiveness of a zoo visit as a constructivist method for reinforcing mechanical concepts.
• To assess the application of these concepts to human sports performance, coaching, and teaching.
• To determine the suitability and optimal timing of such a visit for students at various educational levels.

Main Methods:

• Ten final-year Bachelor of Physical Education students visited Edinburgh Zoo.
• Students completed worksheets and engaged in discussions on animal biomechanical adaptations.
• Post-visit questionnaires assessed concept reinforcement, lateral thinking, and application to sports and teaching.

Main Results:

• The zoo visit effectively reinforced mechanical concepts and enhanced lateral thinking.
• Students demonstrated improved ability to apply mechanical concepts to human sports performance.
• Participants perceived the visit as beneficial for both university and senior high school students.

Conclusions:

• A constructivist approach, exemplified by a zoo visit, can significantly enhance the understanding and application of mechanical concepts in physical education.
• The experience is deemed valuable for developing practical coaching and teaching skills.
• Optimal implementation suggests the visit should follow foundational biomechanics coursework.